|JC Younger Company

How Much Is Downtime Costing You? Why a JC Younger Rental Chiller Is the Smartest Move This Summer

Blog, BREWERY CHILLERS, CHILLER MAINTENANCE, CHILLER RENTALS, RENTING CHILLER / By kech1024

Why a JC Younger Rental Chiller Is the Smartest Move This Summer Downtime hurts. Every hour without reliable cooling means lost product, missed deadlines, and stressed-out staff. When summer heat hits your facility, there’s no time for repair delays or DIY fixes. If you operate a brewery, distillery, food or milk processing plant, or another industrial facility, your glycol system is the backbone of production. When it falters, everything stops. At JC Younger, we know downtime is more than inconvenient — it’s expensive. That’s why our rental chillers are built for speed, performance, and simplicity. They arrive ready to run. You plug them in, power up, and get back to business. The Real Cost of Chiller Downtime When your chiller fails, here’s what you’re risking: Spoiled product that can’t be sold or shipped Ruined fermentation or distillation runs Missed deadlines for distribution Overtime wages trying to recover lost time Safety issues from overheating equipment or product Just one bad batch at a midsize brewery could cost $5,000–$20,000. For food and milk processors, missed temperature holds could lead to product recalls or failed audits. Every hour counts — the longer you wait, the more it costs. What’s Included With Your JC Younger Rental No surprises. No missing parts. Every rental comes fully prepared to get you running fast: Pre-filled glycol mixture Digital thermostat and controls pre-set Transformer, hoses, and power cord (if needed) Support during install — over the phone or virtual walk-through Access to real JC Younger technicians, not bots Spare parts stocked on-site for quick fixes Two preventive maintenance inspections (PMI) per year to ensure long-term performance Option to bring in a certified JC Younger Senior Tech for startup and training, available at $2,500/day plus expenses We size chillers to your specific load and ship from multiple nationwide staging locations to minimize downtime. No guessing. No scrambling. Just cold air and stability when you need it most. Why Rentals Convert Better Than Repairs in High-Risk Months From June through August, delays are common. Technicians are booked out. Parts are backordered. Even if you get a repair, there’s no guarantee it will last the season. Here’s the smarter move: Rent first. Repair later. Scenario Total Downtime Lost Output Value Confidence in Cooling Wait for Repair/non Jcy 3–5 days $10,000+ Low Attempt DIY Fix 2–5days $8,000+ Low Rent JC Younger Chiller/Onsite 24 Hours 1 Day production High Many rentals are also covered by insurance, reducing your out-of-pocket cost. What Makes Our Rentals “White-Glove”? You do not just get a box on a pallet. You get a fully operational system, tested and shipped with your timeline in mind. JC Younger rentals include: Fast nationwide shipping Pre-configured glycol mix On-site support or virtual install help Phone access to our techs during hookup Step-by-step instructions for your team If needed, we can coordinate with your facility engineer or maintenance crew to confirm specs, voltage, layout, and capacity. We are not just renting equipment. We are making sure you succeed with it. Built for Breweries, Distilleries, Food & Milk Processors Our chillers are trusted by: Breweries expanding production in peak months Distilleries needing consistent barrel cooling Milk processors meeting tight USDA temperature standards Food facilities ramping up for seasonal volume Whether it’s a one-week emergency or a three-month backup plan, we’ve got systems from 3 HP to 75+ HP ready to go. Want Backup on Site for Under $15 a Day? We also offer standby rental systems that can be staged at your facility for under $15/day. If you need it, it’s already there — no waiting. 📞 Protect your production this summer. Check out our rentals: JC Younger Chiller Rentals See the difference: The JCY Advantage

Visual timeline of a military-grade industrial chiller's 60-year service: 1965 missile silo deployment, 1990 chip manufacturing facility use, and 2025 full refurbishment by JC Younger for third deployment.

A Chiller with a Legacy: Military-Grade Performance Ready for Its Third Tour

Blog / By kech1024

At JC Younger, we don’t just build chillers. We preserve a legacy of reliability. This latest addition to our fleet continues that tradition. We’re bringing in a military-grade chiller that has already completed two full 30-year tours, serving some of the most demanding operations in the country. Now, after a full JC Younger remanufacture, this battle-tested workhorse is ready for its third mission. It might just be with you. 60 Years of Service: A Chiller with History This is no ordinary chiller. It carries a true military-grade pedigree, first commissioned in 1965 to serve at the Minuteman missile silos in Minot, North Dakota. For nearly 30 years, it supported critical national security infrastructure, delivering precise cooling to safeguard missile control systems. After being decommissioned in the 1990s, the chiller found a new mission in Minnesota. There, it spent the next 30 years cooling a U.S. government-contracted computer chip manufacturing facility. Its job was mission-critical: maintain exact temperatures and ensure uninterrupted performance for sensitive chip testing and production. Now in 2025, we’ve given this legendary chiller a new lease on life. Fully remanufactured by JC Younger and ETL listed, it’s been modernized to meet today’s standards while retaining the rugged durability that once made it a staple in high-stakes environments. Adopt a Chiller with a Military-Grade Pedigree If you’re looking for an industrial chiller built to last, this is your opportunity to own a true piece of American engineering history. After 60 years of proven performance, this Grade A military chiller is ready for its third tour. It could serve your operation next. Choosing the Right Chiller for Your Needs, Contact us at jcyounger.com Ready to Enlist a Chiller Built for Duty? This military-grade chiller has proven itself over six decades of service. Now, it stands ready for its next mission. Whether your operation is brewing, pharmaceuticals, manufacturing, or heavy-duty industrial work, this unit has shown it can meet the challenge. Don’t miss your chance to own a true workhorse with a remarkable legacy. Contact JC Younger today to learn how to bring this extraordinary chiller into your operation for its third and final deployment.

Understanding Chiller Systems in HVAC: A Deep Dive into Chilled Water Systems

Blog / By Sam Eppel

In the world of HVAC (Heating, Ventilation, and Air Conditioning), chiller systems play a pivotal role in maintaining comfortable and consistent indoor environments, especially in large commercial or industrial spaces. Among the various types of chiller systems, the chilled water HVAC system stands out due to its efficiency and widespread application. This blog will explore the intricacies of chilled water HVAC systems, their components, operation, and benefits, particularly focusing on how JC Younger contributes to this essential aspect of modern climate control. What is a Chiller System? A chiller system is a type of HVAC equipment designed to remove heat from a liquid via a vapor-compression or absorption refrigeration cycle. This cooled liquid can then be circulated through a heat exchanger to cool air or equipment as required. Chiller systems are integral to large buildings, industrial processes, and even some residential complexes, providing reliable and efficient cooling. Types of Chiller Systems There are two primary types of chiller systems: air-cooled and water-cooled. Air-Cooled Chillers: These chillers use ambient air to dissipate heat and are typically used in smaller installations or where water resources are limited. They are often placed outdoors and require ample space for air circulation. Water-Cooled Chillers: These systems use water from a cooling tower to remove heat and are more efficient than air-cooled chillers, especially for larger installations. Water-cooled chillers are typically found in large buildings and industrial facilities. Among these, chilled water HVAC systems, a subtype of water-cooled chillers, are particularly common due to their efficiency and ability to cool large spaces effectively. Components of a Chilled Water HVAC System A chilled water HVAC system consists of several key components that work together to provide efficient cooling: Chiller Unit: This is the core of the system, where the refrigeration cycle occurs. It includes the compressor, evaporator, condenser, and expansion valve. Chilled Water Loop: This loop circulates chilled water from the chiller unit to air handling units or fan coil units throughout the building. Condenser Water Loop: This loop circulates water between the chiller and a cooling tower to remove the heat absorbed from the chilled water. Cooling Tower: Located outside the building, the cooling tower dissipates heat from the condenser water to the atmosphere. Pumps: These are used to circulate the chilled water and condenser water through their respective loops. Air Handling Units (AHUs) and Fan Coil Units (FCUs): These units use the chilled water to cool the air distributed throughout the building. How a Chilled Water HVAC System Works The operation of a chilled water HVAC system can be broken down into several steps: Chilling the Water: The chiller unit removes heat from the water, lowering its temperature. This is achieved through the refrigeration cycle, where refrigerant absorbs heat from the water in the evaporator and releases it in the condenser. Circulating Chilled Water: The chilled water is pumped through the chilled water loop to AHUs or FCUs, which use the cold water to cool air that is then distributed throughout the building. Heat Absorption: As the chilled water absorbs heat from the air in the AHUs or FCUs, its temperature rises. Returning Warm Water: The now warmer water returns to the chiller unit, where the cycle begins anew. Heat Dissipation: Simultaneously, the heat absorbed by the refrigerant in the chiller unit’s evaporator is transferred to the condenser water. The condenser water carries this heat to the cooling tower, where it is released into the atmosphere. Advantages of Chilled Water HVAC Systems Chilled water HVAC systems offer several advantages, making them a popular choice for large-scale cooling applications: Energy Efficiency: These systems are highly efficient, especially when using water-cooled chillers. Water has a higher heat capacity than air, making heat transfer more efficient. Scalability: Chilled water systems can be scaled to cool large buildings or entire campuses, making them ideal for commercial and industrial applications. Flexibility: The system can be adapted to various building configurations and can integrate with existing HVAC infrastructure. Temperature Control: Chilled water systems provide precise temperature control, essential for environments requiring stringent climate conditions, such as data centers and laboratories. Longevity and Reliability: With proper maintenance, chilled water systems have a long operational life and provide reliable performance. JC Younger: Your Partner in Chiller Solutions At JC Younger, we understand the critical role that chiller systems play in maintaining optimal indoor environments. Our expertise in chiller manufacturing and maintenance ensures that your HVAC systems operate efficiently and reliably. Here’s how we contribute to the success of your cooling needs: Custom Solutions: We offer customized chiller solutions tailored to your specific requirements, whether it’s for a commercial building, industrial facility, or specialized application. High-Quality Manufacturing: Our chillers are manufactured to the highest standards, ensuring durability, efficiency, and performance. Comprehensive Maintenance: Regular maintenance is key to the longevity and efficiency of chiller systems. JC Younger provides comprehensive maintenance services, including routine inspections, repairs, and upgrades. Expert Support: Our team of experienced professionals is always available to provide expert support and guidance, ensuring your chiller systems run smoothly. Maintenance Tips for Chilled Water HVAC Systems Proper maintenance is crucial for the efficiency and longevity of chilled water HVAC systems. Here are some essential maintenance tips: Regular Inspections: Schedule regular inspections of the chiller unit, cooling tower, pumps, and piping systems. Look for signs of wear, leaks, and other issues. Cleaning: Keep the chiller’s evaporator and condenser coils clean to ensure efficient heat exchange. Also, clean the cooling tower regularly to prevent the buildup of debris and scale. Water Treatment: Implement a water treatment program to prevent corrosion, scale, and biological growth in the water loops. This helps maintain the efficiency and longevity of the system. Monitor Performance: Use sensors and control systems to monitor the performance of the chiller system. Keep an eye on temperature, pressure, and flow rates to detect and address issues early. Professional Maintenance: Engage professional maintenance services, like those offered by JC Younger, to ensure thorough and expert care of your chiller system. The Future of Chilled Water HVAC …

Understanding Chiller Systems in HVAC: A Deep Dive into Chilled Water Systems Read More »